GE IS200TREGH1BDC Emergency Trip Termination Board

GE IS200TREGH1BDC  Emergency Trip Termination Board

Product Overview

GE IS200TREGH1BDC Emergency Trip Terminal Board is a high-performance, high-reliability industrial automation component, which is mainly used to receive emergency trip signals from various sensors and convert these signals into digital signals that can be recognised by the control system, so as to realise the emergency protection of gas turbines or other industrial equipment. This product belongs to GE's combustion engine system card series, and is one of the key components in the gas turbine control system.

Product features

High reliability: adopting industrial-grade materials and design to ensure stable operation for a long time in the harsh industrial environment, providing reliable emergency protection for gas turbines or other industrial equipment.

Strong safety performance: Featuring twelve relays that have been aligned into two rows of six each, providing redundancy and reliability for emergency tripping. The relays all have a silver metal wire on top to ensure accurate signal transmission.

Programmable: The system is powerful and can be programmed to suit specific needs for different emergency protection requirements.

Easy to install and maintain: It adopts rail mounting, which is easy to install; meanwhile, the modular design makes maintenance more convenient.

Product Specifications and Parameters

Brand: GE

Model: IS200TREGH1BDC

Colour: Natural (or may vary according to specific production batch)

Specification: 20*15*16mm (approximate size, may vary according to specific production batch)

Output frequency: 53/62Hz (to adapt to the power frequency requirements of different regions)

Number of relays: 12, aligned into two rows, six in each row

Voltage transformers (PTS): two, for bus and generator voltage inputs

Connectors: DC-37 pin connectors for cables to the terminal block as spare trip relays

Areas of application

The GE IS200TREGH1BDC Emergency Trip Terminal Block is widely used in various industrial applications, especially in gas turbine control systems. In Mark VIe or Mark VleS control systems, it serves as an important part of the backup protection, forming a protection system with protection modules such as SPRO and PPRO/YPRO by wiring to the relay board. It also provides main protection such as PTUR or YTUR, TTUR and main trip relay terminal boards to ensure that the gas turbine or other industrial equipment can be shut down safely in an emergency.

Installation and Configuration

When installing and configuring the GE IS200TREGH1BDC emergency trip terminal board, the following points need to be noted:

Inspection and preparation: Ensure that the model, specification and quantity of the terminal board are consistent with the order, and prepare the required tools and materials.

Installation position: Install it on a sheet metal carrier carrier on a DIN rail or on a sheet metal assembly bolted to a panel. Ensure that the mounting location is dry, ventilated, and away from corrosive gases and liquids.

Wiring and Configuration: Perform wiring according to system requirements and the wiring diagram of the terminal block to ensure that all connections are firm and reliable. At the same time, configure the parameters of the terminal block according to the system requirements, such as input/output channels and signal types.

Debugging and testing: After the installation and configuration is completed, debug and test the terminal board to ensure that it works properly and meets the performance requirements.

Maintenance and Warranty

In order to ensure the long-term stable operation of the GE IS200TREGH1BDC emergency trip terminal board, regular maintenance and repair are required. Specifically include:

Cleaning: regularly clean the dust and dirt on the surface of the terminal board to prevent affecting signal transmission and causing malfunction.

Inspection: Regularly check the connection of the terminal board and the quality of signal transmission, and deal with any problems found in time. In particular, check whether key components such as relays, connectors and voltage transformers are working properly.

Replacement: Damaged or aged terminal boards need to be replaced in time to ensure the normal operation of the system. During the replacement process, products with the same model and specifications as the original terminal board should be selected, and the compatibility of the replaced terminal board with the system should be ensured.